Contents
1 Introduction
2 Tutorials
 2.1 Lid-driven cavity flow
 2.2 Stress analysis of a plate with a hole
 2.3 Breaking of a dam
3 OpenFOAM applications and libraries
 3.1 The programming language of OpenFOAM
 3.2 Compiling applications and libraries
 3.3 Running applications
 3.4 Running applications in parallel
 3.5 Standard solvers
 3.6 Standard utilities
 3.7 Standard libraries
4 OpenFOAM cases
 4.1 File structure of OpenFOAM cases
 4.2 Basic input/output file format
 4.3 Time and data input/output control
 4.4 Numerical schemes
 4.5 Solution and algorithm control
5 The FoamX case manager
 5.1 The name server and host browser
 5.2 The JAVA GUI
 5.3 The case browser
 5.4 The case server
 5.5 Configuration to run FoamX
6 Mesh generation and conversion
 6.1 Mesh description
 6.2 Boundaries
 6.3 Mesh generation with the blockMesh utility
 6.4 Mesh conversion
 6.5 Mapping fields between different geometries
7 Post-processing
 7.1 paraFoam (documentation under development)
 7.2 dxFoam
 7.3 Post-processing with Fluent
 7.4 Post-processing with Fieldview
 7.5 Post-processing with EnSight
 7.6 Sampling data for plotting graphs
 7.7 Monitoring and managing jobs
8 Models and physical properties
 8.1 Thermophysical models
 8.2 Turbulence models
A Reference information
 A.1 Running a decomposed case in parallel using MPICH